Introduction - If you have any usage issues, please Google them yourself
SUSAN operator for corner detection of the basic steps: 1) For each pixel of interest points (the general situation is that each image pixel points) the role of one circle template 2) calculated according to the brightness comparison function round Usan template region 3) According to the geometric threshold, calculating the pixel-point initial response 4) the use of Usan center of gravity and nuclear center removed from the law of pseudo-corner, the use of Usan center of gravity and nuclear center to connect the each point must be in the Usan region to ensure consistency algorithm (that is linked to sexual Usan region) 5) points for each pixel in response to, the use of (or greater) of the local maxima search window for non-polar large value of inhibition
Packet : 6552078422219011211120071115164509189959.rar filelist
SUSAN1\ChildFrm.cpp
SUSAN1\ChildFrm.h
SUSAN1\CProTimer.cpp
SUSAN1\CProTimer.h
SUSAN1\DIBAPI.H
SUSAN1\MainFrm.cpp
SUSAN1\MainFrm.h
SUSAN1\ReadMe.txt
SUSAN1\Resource.h
SUSAN1\StdAfx.cpp
SUSAN1\StdAfx.h
SUSAN1\SUSAN1.APS
SUSAN1\SUSAN1.clw
SUSAN1\SUSAN1.cpp
SUSAN1\SUSAN1.dsp
SUSAN1\SUSAN1.dsw
SUSAN1\SUSAN1.h
SUSAN1\SUSAN1.ncb
SUSAN1\SUSAN1.plg
SUSAN1\SUSAN1.rc
SUSAN1\SUSAN1Doc.cpp
SUSAN1\SUSAN1Doc.h
SUSAN1\SUSAN1View.cpp
SUSAN1\SUSAN1View.h
SUSAN1\res\SUSAN1.ico
SUSAN1\res\SUSAN1.rc2
SUSAN1\res\SUSAN1Doc.ico
SUSAN1\res\Toolbar.bmp
SUSAN1\res
SUSAN1\Debug
SUSAN1\DIBAPI.CPP
SUSAN1\SUSAN1.opt
SUSAN1